Abstract:
A method and an arrangement for uni- or bidirectional wireless communication of signals or data especially in a reflective environment like a MR imaging system, between at least one first transmitter and/or receiver unit (501, 601, 701; T/R1) and at least one second transmitter and/or receiver unit (801; T/R2) is disclosed. The reliability and availability of the communication link especially in a highly reflective environment is improved especially by using spread spectrum technology and ultra wide band carrier frequencies.
Abstract translation:一种用于信号或数据的单向或双向无线通信的方法和装置,特别是在诸如MR成像系统的反射环境中,在至少一个第一发射机和/或接收机单元(501,601,701; T / R1)和 公开了至少一个第二发射机和/或接收机单元(801; T / R2)。 特别是在高反射环境中通信链路的可靠性和可用性得到了改进,特别是通过使用扩频技术和超宽带载波频率。
Abstract:
A method and an arrangement for uni- or bidirectional wireless communication of signals or data especially in a reflective environment like a MR imaging system, between at least one first transmitter and/or receiver unit (501, 601, 701; T/R1) and at least one second transmitter and/or receiver unit (801; T/R2) is disclosed. The reliability and availability of the communication link especially in a highly reflective environment is improved especially by using spread spectrum technology and ultra wide band carrier frequencies.
Abstract translation:一种用于信号或数据的单向或双向无线通信的方法和装置,特别是在诸如MR成像系统的反射环境中,在至少一个第一发射机和/或接收机单元(501,601,701; T / R1)和 公开了至少一个第二发射机和/或接收机单元(801; T / R2)。 特别是在高反射环境中通信链路的可靠性和可用性得到了改进,特别是通过使用扩频技术和超宽带载波频率。